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51317-8898 Inspection and Mitigation of Underground Corrosion at Anchor Shafts of Telecommunication

Picture for 51317-8898 Inspection and Mitigation of Underground Corrosion at Anchor Shafts of Telecommunication
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Common scenarios for underground corrosion at foundations of telecommunication towers are explained, and practical methods for corrosion risk assessment and corrosion risk mitigation are briefly reviewed.

Product Number: 51317-8898-SG
ISBN: 8898 2017 CP
Author: Peyman Taheri / Abraham Mansouri / Badia Bachour / AltaLink / Nitesh Ahuja / Mehrooz Zamanzadeh Exova
Publication Date: 2107
Industry: Corrosion Monitoring and Control
$20.00
$20.00
$20.00

Common scenarios for underground corrosion at foundations of telecommunication towers are explained, and practical methods for corrosion risk assessment and corrosion risk mitigation are briefly reviewed.  Among different types of corrosion control techniques, cathodic protection is proved to be an efficient and cost-effective method. Accordingly, a new simulation-based approach is proposed to improve the design of cathodic protection systems for foundations of telecom towers, with emphasize on electrochemical characteristics of the service environment and geometry details. Some capabilities of the approach are demonstrated through sample simulations for screw-pile foundations.

Keywords: underground corrosion, cathodic protection, electrochemical simulations, telecommunication structures

 

 

Common scenarios for underground corrosion at foundations of telecommunication towers are explained, and practical methods for corrosion risk assessment and corrosion risk mitigation are briefly reviewed.  Among different types of corrosion control techniques, cathodic protection is proved to be an efficient and cost-effective method. Accordingly, a new simulation-based approach is proposed to improve the design of cathodic protection systems for foundations of telecom towers, with emphasize on electrochemical characteristics of the service environment and geometry details. Some capabilities of the approach are demonstrated through sample simulations for screw-pile foundations.

Keywords: underground corrosion, cathodic protection, electrochemical simulations, telecommunication structures

 

 

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